Mirrored disk storage is an accepted technique to enhance fault-tolerance of data through complete replication. Recent research suggested that in addition to higher reliability, mirrored disks can offer better I/O per...
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We present a garbage collection algorithm that extends generational scavenging to collect large older generations (mature objects) non-disruptively. The algorithm’s approach is to process bounded-size pieces of matur...
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This paper critically studies approaches that use the theory of fuzzy sets for multi objective decision making with linear programming. Two main approaches are distinguished: one that converts the problem into a singl...
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The programmability (as a stored program) of the CNN Universal Machine is discussed first. It is shown why and in which sense this machine is universal. A new type of algorithm, the analogic one, is introduced. The ap...
Transmission scheduling strategies are considered for a packet-switched, low-altitude, multiple satellite system. Each satellite directs its receive antenna at particular neighboring satellites at times governed by a ...
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Various types of CNNs are summarized and the taxonomy of CNN is given according to the different types of grids, processors, interactions, and modes of operation. Next, the CNN Universal Machine is introduced. The arc...
The implementation details of a Lisp environment built on top of a distributed operating system are presented. The system provides transparent distribution, protected large-grain persistent heaps, concurrency within e...
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In recent years, builders of expert systems have become increasingly interested in the Knowledge Acquisition and Design Structuring (KADS) method of knowledge acquisition. Despite the apparent face validity of the KAD...
The authors describe the MIT Microelectromechanical computer-Aided Design system (MEMCAD), in which selected commercial software packages are linked with specialized database and numerical programs to allow designers ...
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The authors describe the MIT Microelectromechanical computer-Aided Design system (MEMCAD), in which selected commercial software packages are linked with specialized database and numerical programs to allow designers to quickly perform both mechanical and electrical analyses of structures either described directly, or derived from the design specification (mask data plus process flow). The system architecture, the various modules, and their present status are described, and present system performance is demonstrated with several examples.
作者：
L. AvraCenter for Reliable Computing
Computer Systems Laboratory Departments of Electrical Engineering and Computer Science University of Stanford Stanford CA USA
The author introduces a new way to organize memory elements into scan chains for built-in self-testable data path logic. The goal of the procedure is to minimize the hardware overhead and performance impact associated...
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The author introduces a new way to organize memory elements into scan chains for built-in self-testable data path logic. The goal of the procedure is to minimize the hardware overhead and performance impact associated with pseudo-random built-in self-test (PR-BIST) techniques by organizing the memory elements such that some of the logic required for BIST and scan operations is also used during normal operation. The author identifies function types that are well suited for implementation with the register designs required for BIST and shows that these function types are found in data path designs. Functional use is made of the BIST logic by organizing the memory elements in the design into orthogonal scan chains. A data path design example is used to compare an implementation using a normal BIST configuration to one using the orthogonal configuration.< >
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